def findLibResources(self, lib, filter=None):
def getCache(lib):
cacheId = "resinlib-%s" % lib._path
liblist = self._genobj._cache.read(cacheId, dependsOn=None, memory=True)
return liblist, cacheId
def isSkipFile(f):
if [x for x in map(lambda x: re.search(x, f), ignoredFiles) if x!=None]:
return True
else:
return False
# - Main --------------------------------------------------------------
cacheList = [] # to poss. populate cache
cacheId = "" # will be filled in getCache()
ignoredFiles = [r'\.meta$',] # files not considered as resources
# create wrapper object
libObj = LibraryPath(lib, self._genobj._console)
# retrieve list of library resources
libList, cacheId = getCache(libObj)
if libList:
inCache = True
else:
libList = libObj.scanResourcePath()
inCache = False
# go through list of library resources and add suitable
for resource in libList:
# scanResourcePath() yields absolute paths to a resource, but
# we only want to match against the 'resource' part of it
resourcePart = Path.getCommonPrefix(libObj._resourcePath, resource)[2]
if not inCache:
cacheList.append(resource)
if isSkipFile(resource):
continue
elif (filter and not filter(resourcePart)):
continue
else:
yield resource
if not inCache:
# cache write
self._genobj._cache.write(cacheId, cacheList, memory=True, writeToFile=False)
return
def findAllResources(self, libraries, filter=None):
"""Find relevant resources/assets, implementing shaddowing of resources.
Returns a list of resources, each a pair of [file_path, uri]"""
# - Helpers -----------------------------------------------------------
def getCache(lib):
cacheId = "resinlib-%s" % lib._path
liblist = self._genobj._cache.read(cacheId, dependsOn=None, memory=True)
return liblist, cacheId
def isSkipFile(f):
if [x for x in map(lambda x: re.search(x, f), ignoredFiles) if x!=None]:
return True
else:
return False
def resourceValue(r):
# create a pair res = [path, uri] for this resource...
rsource = os.path.normpath(r) # normalize "./..."
relpath = (Path.getCommonPrefix(libObj._resourcePath, rsource))[2]
if relpath[0] == os.sep: # normalize "/..."
relpath = relpath[1:]
ruri = (self._genobj._computeResourceUri(lib, relpath, rType='resource',
appRoot=self._genobj.approot))
return (rsource, ruri)
# - Main --------------------------------------------------------------
result = []
cacheList = [] # to poss. populate cache
cacheId = "" # will be filled in getCache()
ignoredFiles = [r'\.meta$',] # files not considered as resources
libs = libraries[:]
#libs.reverse() # this is to search the 'important' libs first
# go through all libs (weighted) and collect necessary resources
for lib in libs:
# create wrapper object
libObj = LibraryPath(lib, self._genobj._console)
# retrieve list of library resources
libList, cacheId = getCache(libObj)
if libList:
inCache = True
else:
libList = libObj.scanResourcePath()
inCache = False
# go through list of library resources and add suitable
for resource in libList:
# scanResourcePath() yields absolute paths to a resource, but
# we only want to match against the 'resource' part of it
resourcePart = Path.getCommonPrefix(libObj._resourcePath, resource)[2]
if not inCache:
cacheList.append(resource)
if isSkipFile(resource):
continue
elif (filter and not filter(resourcePart)):
continue
else:
result.append(resource)
if not inCache:
# cache write
self._genobj._cache.write(cacheId, cacheList, memory=True, writeToFile=False)
return result